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Gara Turbo Foot Pockets - Cressi
The Gara Turbo Foot Pockets by Cressi are high-performance foot pockets designed specifically to optimize Cressi plastic and carbon fins, allowing smoother, more responsive blade movement. The result is a technical fit designed for those who demand the most from their equipment in freediving and competitive spearfishing.
Design and Technology
The short rail is the key element of this foot pocket: it allows you to take full advantage of the blade design, promoting a natural and efficient undulating motion. The foot pocket adapts perfectly to the profile of Impulse blades, making it even lighter and more effective, and finds its ideal match in the Sprint fin with top-level performance.
Materials and Construction
- Dual material construction for the foot pocket, balancing structural stiffness and comfort
- Self-adjusting system already proven on the Gara Modular
- Third highly reactive material overmolded on the rail tips, in the form of two clips for a secure, high-performance lock
- Mounting kit included, same interface as the Gara Modular: two screws and plastic plates
Innovative Attachment System
The main innovation of the Gara Turbo is the overmolded clip locking system: it ensures easy, fast, and secure installation of the blade. When replacing the blade, a slight twist of the tips is enough to release the locking teeth and free the blade, making blade changes quick and intuitive even in challenging conditions.
Blade Gara Impulse - Blue Metal
The Impulse Blue Metal Blade is designed to deliver high performance in finning during freediving and spearfishing. Ideal for freedivers of all experience levels, it features a thin, lightweight blade with a swallowtail design, optimized to improve directionality in the water and thrust transmission.
The blade is equipped with non-slip side rails that reduce lateral water spill, thereby increasing propulsive efficiency. The 29-degree flex angle ensures an optimal balance between maximum performance and minimal energy expenditure. The structure is engineered to provide high impact resistance, helping prevent accidental breakage during use.
Technical Features
- Blade material: plastic polymer
- Swallowtail design to improve directionality and thrust
- Non-slip side rails to reduce lateral water loss
- Flex angle: 29° for propulsive efficiency
- High mechanical impact resistance
- Self-adjusting Gara Modular Foot Pockets in thermorubber
- 2 cm Self-Adjusting elastic band for an ergonomic fit
- Available in two colors: Black and Blue Metal
Gara Impulse Blade - Black
The Impulse Black Blade is designed to deliver high performance during finning for freediving and spearfishing. Ideal for freedivers of all experience levels, it features a thin, lightweight blade with a swallowtail design, optimized to improve directional control in the water and thrust transmission.
The blade is equipped with non-slip side rails that reduce lateral water spill, increasing propulsive efficiency. The 29-degree flex angle ensures an optimal balance between maximum output and minimal energy expenditure. The structure is engineered to provide high impact resistance, preventing accidental breakage during use.
Technical Features
- Blade material: plastic polymer
- Swallowtail design to improve directional control and thrust
- Non-slip side rails to reduce lateral water loss
- Flex angle: 29° for propulsive efficiency
- High mechanical impact resistance
- Gara Modular self-adjusting Foot Pockets in thermoplastic rubber
- 2 cm Self-Adjusting elastic band for ergonomic fit
- Available in two colors: Black and Metallic Blue
X-Wing Fiber Fins - Mares
The Mares X-Wing Fiber fins represent excellence in high-performance freediving gear. Manufactured using a high-pressure production process, they ensure precision, consistency, and unbeatable long-term durability.
Highly Responsive Fiberglass Blades
The blades are built with pre-impregnated fiberglass layers infused with a patented resin, making them exceptionally responsive, lightweight, and high-performing. The combination of variable thickness and parabolic flex optimizes force distribution along the entire blade, ensuring the perfect synergy between power and comfort even during longer swimming sessions.
- Material: layers of fiberglass pre-impregnated with patented resin
- Variable thickness and high-performance parabolic flex
- Dimensions: 195 mm wide, 670 mm long
- Indigo Polygon Blade with a 30° angle relative to the foot pocket
Channel Thrust Technology and Movement Adaptability
The variable-height side rails of the X-Wing Fiber optimize the Channel Thrust effect, improving propulsion and reducing energy loss with every kick. The controlled flexibility of the blade adapts naturally to every underwater movement, ensuring maximum performance with minimal muscle effort.
- Variable-height side rails to optimize Channel Thrust and flexibility
- Reduced muscle fatigue during extended use
- Ideal for a medium kick frequency
- Available in soft or medium-stiff versions based on the user's weight
Versatile Foot Pocket and Interchangeable Blade
The X-Wing foot pocket is designed to offer maximum practicality: it can be worn with or without neoprene socks, adapting to different conditions and seasons. The interchangeable blade makes the gear even more versatile, allowing you to customize the fins according to your performance needs.
- Foot Pocket compatible with and without neoprene socks
- Interchangeable Blade for maximum versatility
- High-quality manufacturing process for consistency and long-lasting durability
X-Wing C-S Fins - Mares
The Mares X-Wing C-S freediving fins represent excellence in the carbon blade segment for freedivers and spearfishers seeking maximum responsiveness, agility, and control underwater. The blade, made with 11 layers of 100% prepreg carbon, is produced through a mold-pressing process with layers in different directions and thicknesses, ensuring a final result with outstanding mechanical quality and performance.
Carbon Blade Technology
The core of the X-Wing C-S is a blade built with 3,000-filament carbon yarn, with fibers woven at 0° and 90°. This configuration reduces the number of fiber intersections, significantly increasing blade responsiveness and thrust transmission. The high-performance parabolic flex with variable thickness ensures optimal load progression during the kick, maximizing propulsion and reducing muscle fatigue.
Optimized Geometry and Angle
- Blade width: 185 mm
- Blade length: 620 mm
- Angle: 30° relative to the foot pocket, making the blade the natural extension of the shin
- Variable-height side rails to support flexibility and optimize the channel thrust effect
- Medium dimensions suitable for any kick frequency, with excellent versatility between freediving and spearfishing
Availability and Compatibility
- Available with a soft or medium-stiff blade, selectable according to the user's weight for consistently calibrated propulsion
- Interchangeable Blade, allowing you to adapt the fin stroke to your needs or replace the blade without changing the foot pocket
- Paired with the new olive green X-Wing foot pocket, they provide perfect camouflage for spearfishing
- The foot pocket is made with a softer material and designed to be worn even without socks
Who They Are Designed For
The Mares X-Wing C-S are ideal for freedivers and spearfishers who prioritize agility of movement over large-format fins. Their compact size, combined with high-end carbon construction technology, makes them a benchmark choice for anyone seeking racing fin performance in a more manageable and versatile format.
X-Wing Blade - Mares
The Mares X-Wing blade is a high-level technical solution for freedivers looking for the perfect balance of agility, power, and control in the water. Made from high-quality elastomer, this blade is designed to deliver a smooth, stable, and high-performance fin stroke, adapting to the needs of those practicing freediving and spearfishing at every level.
Tapered Design and Variable Thickness
The tapered profile of the blade helps reduce water resistance during the fin stroke, promoting more agile and efficient movement. The variable thickness is one of the key elements of this design: it optimizes flex along the full length of the blade, delivering high propulsive performance without sacrificing maneuverability. The result is a blade that responds precisely and naturally to every leg kick.
V-Shaped Tip for Greater Stability
The distinctive V-shaped tip is specifically designed to ensure a more stable and directional fin stroke. This geometry reduces lateral water slippage, improving propulsive efficiency and movement precision—essential in hunting situations or during deep freedives.
Technical Features
- Material: high-quality elastomer
- Blade length: 713 mm
- Blade width: 190 mm
- Thickness: variable along the entire blade
- Tip: V-shaped design to prevent lateral slippage
- Flexibility: 30% softer than the Razor Pro model
X-Wing Pro Blade - Mares
The X-Wing Pro Blade is designed for freedivers seeking the perfect balance of agility, power, and control. Made from high-quality elastomer, this tapered blade delivers a smooth, efficient kick, perfectly adapting to the needs of those practicing high-level freediving and spearfishing.
Design and Technology
The tapered profile of the blade is not just aesthetic: it is the result of a precise technical choice. The variable thickness allows flex to be optimally distributed along the entire blade, ensuring high finning performance without sacrificing maneuverability or effective length.
Technical Features
- Material: high-quality elastomer, durable and high-performance
- Tapered profile with variable thickness for maximum hydrodynamic efficiency
- V-tip for a more stable kick and to eliminate lateral water slippage
- Large load-bearing surface for powerful thrust with every fin stroke
Dimensional Specifications
- Blade width: 19.0 cm
- Blade length: 71.3 cm (713 mm)
Why Choose the X-Wing Pro
The X-Wing Pro elastomer blade is the ideal choice for those who want a responsive, stable, high-performance fin. The V-tip reduces lateral water dispersion, translating every movement into direct, precise thrust. Ideal for freediving and spearfishing sessions where agility and control make the difference.
Fins PULSE - Cetma Composites
The PULSE Fins by Cetma Composites represent a true revolution in the world of spearfishing and training fins. Designed and manufactured 100% in Italy, the PULSE introduce Hyperbolic Curvature — an exclusive geometry that delivers maximum thrust with minimal effort, redefining the standards of responsiveness and propulsion for the most demanding spearfishers and freedivers.
The Hyperbolic Revolution
The PULSE blade design stands out for its proprietary hyperbolic curvature, engineered to optimize energy transfer with every kick. This advanced geometry ensures immediate response and superior propulsion, making it the ideal choice for both high-performance spearfishing and intensive training sessions.
Aerospace Technology: ZDF and OOT
- ZDF Excellence — Zero Defects: proprietary aerospace technology by Cetma Composites that guarantees a blade free from structural imperfections, with a constant and controlled fiber/resin ratio across the entire surface.
- OOT — Out-of-Autoclave Technology: exclusive production process developed by Cetma Composites that achieves the lamination quality and density typical of aerospace components without using a traditional autoclave, ensuring extreme lightness and exceptional strength.
High-Performance Materials
- HM Carbon (High Modulus): ultra-high-stiffness fibers for a precise, powerful response throughout every finning cycle.
- HR Carbon (High Resistance): high-toughness fibers to ensure structural strength and long-lasting durability even under the most demanding use conditions.
- Hot Melt Pre-preg: hot impregnation system that ensures optimal resin distribution within the blade structure, eliminating voids and discontinuities.
FEM Design: Engineering at the Service of Performance
The geometry of the PULSE fins is optimized through finite element analysis (FEM — Finite Element Method), an advanced design methodology derived from aerospace and structural engineering. This approach allows stiffness to be precisely distributed along the entire blade, creating an optimal deformation profile that maximizes hydrodynamic efficiency and minimizes the user’s muscular fatigue.
100% Made in Italy
The PULSE Fins Cetma Composites are entirely designed and manufactured in Italy, reflecting the manufacturing excellence and technological know-how of Cetma Composites, a global leader in the production of carbon equipment for freediving and spearfishing.
Technical Specifications
- Blade geometry: exclusive hyperbolic curvature
- Material: 100% HM Carbon (High Modulus) + HR (High Resistance)
- Lamination: Hot Melt Pre-preg
- Production technology: OOT (Out-of-Autoclave Technology) — Cetma Composites
- Build quality: ZDF (Zero Defects) — aerospace standard
- Design: FEM-optimized (finite element analysis)
- Origin: 100% Made in Italy
- Ideal use: spearfishing, freediving training
Blades PULSE - Cetma Composites
The PULSE carbon blades by Cetma Composites are a true revolution in the world of spearfishing and water training. Designed and manufactured 100% Made in Italy, the PULSE introduce the Hyperbolic Curve: an exclusive geometry that delivers maximum thrust with minimal effort, redefining the concept of responsiveness for high-performance carbon blades.
Technology and Materials
The PULSE blades are built with a selection of aerospace-derived composite materials, chosen to ensure maximum hydrodynamic efficiency and the highest structural reliability in all conditions of use.
- 100% HM (High Modulus) and HR (High Resistance) Carbon: the optimal combination of stiffness and toughness for a blade that is responsive, reactive, and virtually indestructible.
- Hot Melt Pre-preg: the composite material is impregnated with hot-melt systems using high-performance resin, ensuring a consistent and optimal fiber/resin ratio across the entire blade surface.
- OOT Technology – Out-of-Autoclave Technology: an exclusive Cetma Composites production process that achieves the same quality standards as the aerospace industry without the use of an autoclave, optimizing control over the composite curing process.
ZDF Excellence – Zero Defects
The PULSE blades are produced with Cetma Composites’ proprietary ZDF (Zero Defects) technology. This aerospace-derived production standard ensures a component with 0% internal voids, free from structural defects and with a perfectly consistent fiber/resin ratio throughout the blade. The result is a blade that maintains its original mechanical characteristics over time, with no performance degradation.
FEM-Optimized Design
The geometry of the PULSE blades is the result of advanced design using finite element analysis (FEM – Finite Element Method). The structural simulation software used by Cetma Composites ensures optimal stiffness distribution, in order to reproduce a blade deformation profile that maximizes hydrodynamic efficiency during finning, both vertically and horizontally.
The Hyperbolic Revolution
The defining feature of the PULSE blades is the Hyperbolic Curve: a patented geometry that sets these blades apart from any other product currently on the market. Thanks to this shape, the blade delivers a unique biomechanical response, with instant responsiveness and powerful thrust from the very first kick. Ideal for spearfishing and intensive training sessions, the PULSE are designed for those seeking maximum performance without compromise.
Main Features
- Exclusive Hyperbolic Curve: maximum thrust with minimal effort
- 100% HM + HR Carbon: high elastic modulus and high mechanical strength
- Hot Melt Pre-preg: hot-melt impregnation for superior composite quality
- OOT Technology (Out-of-Autoclave): exclusive Cetma Composites aerospace production process
- ZDF Excellence – Zero Defects: 0% voids, defects, and structural discontinuities
- FEM Design: advanced finite element design for optimal hydrodynamic efficiency
- 100% Made in Italy
- Ideal for spearfishing and training
HD Maxx Plastic Blade - H. Dessault
The HD Maxx blade is designed specifically for the needs of freedivers and spearfishers, combining advanced materials with a functional design to ensure efficiency and comfort in the water.
Materials and Construction
The blade is made from a soft hardness polymer compound, providing optimal flexibility combined with high elastic rebound, reducing effort during finning. This combination also delivers high breakage resistance, ensuring durability and reliability even during extended use.
Applications
The HD Maxx blades are ideal for both spearfishing and freediving, offering an effective balance between blade responsiveness, comfort, and mechanical strength. The blade’s light weight and elasticity optimize finning fluidity, making long sessions easier with less fatigue.
Fast HD Carbon Blade - Camo Med
The Fast HD blade is made from Japanese T700 carbon, a material known for its high elasticity and mechanical strength, ensuring optimal lightness and durability for spearfishing and freediving.
With a length of 86 cm, the blade offers a wide thrust surface, ideal for efficient power transfer throughout every phase of the fin stroke. This feature provides powerful, balanced propulsion, suitable for a variety of spearfishing conditions.
The Fast HD - Camo Med feature a camouflage finish that reproduces a Mediterranean seabed.
Main technical features
- Blade material: T700 Superforce Carbon
- Camouflage: Camo-Med, reproduction of a Mediterranean seabed
- Blade Stiffness: Available in 25 Soft, 30 Medium, and 40 Hard to suit different energy transfer needs
- Dimensions: 86 cm blade length for an effective thrust surface
- Weight: Starting from 700 grams, optimized for lightness without compromising strength
- Water rails: Made from Elastic-K10 black to improve hydrodynamics and fin-stroke fluidity
The Fast HD blades stand out for their combination of responsiveness and comfort, allowing smooth power transfer with less muscle fatigue. The high-elasticity carbon reduces the effort required, improving control and fin-stroke precision during spearfishing sessions.
Fast HD Carbon Blade - Black Side
The Fast HD blade is made from Japanese T700 carbon, a material known for its high elasticity and mechanical strength, ensuring optimal lightness and durability for spearfishing and freediving.
With a length of 86 cm, the blade provides a large thrust surface, ideal for ensuring efficient power transfer throughout every phase of the fin stroke. This feature delivers powerful, balanced propulsion, suitable for a wide range of spearfishing conditions.
The Fast HD - Black Side features a camouflage finish that reproduces a Mediterranean seabed.
Main technical features
- Blade material: T700 Superforce Carbon
- Camouflage: Black-side, reproduction of a Mediterranean seabed
- Blade Stiffness: Available in 25 Soft, 30 Medium, and 40 Hard to suit different energy transfer requirements
- Dimensions: 86 cm blade length for an effective thrust surface
- Weight: Starting from 700 grams, optimized for lightness without compromising strength
- Water rails: Made from Elastic-K10 black to improve hydrodynamics and fin stroke fluidity
Fast HD blades stand out for their combination of responsiveness and comfort, allowing smooth power transfer with reduced muscle fatigue. The high-elasticity carbon reduces the effort required, improving control and precision during spearfishing sessions.
Pershing HD Fins in T300 Carbon Fiber
The Pershing HD blade is designed specifically for spearfishing and freediving, combining lightness, mechanical strength, and easy handling. Made entirely from T300 carbon fiber, it ensures efficient power transfer and a smooth, responsive fin stroke, even during prolonged use.
Technical Features and Materials
- Material: 100% high-strength T300 carbon fiber
- Blade dimensions: 800x190 mm, optimized for a balance of power and agility
- Blade Stiffness available in two versions: 25 (soft) and 30 (medium)
- Constant-section water rails to improve hydrodynamic stability during the fin stroke
- Fin weight: 650 g, with balance engineered to reduce fatigue
- Compatible with C4 250 and HD 350 foot pockets
Innovation and User Comfort
The main distinctive feature of the Pershing HD is the O.P.S system developed by C4 Technology, which allows direct overmolding of thermorubber onto the carbon without the use of adhesives. This patented process provides robust protection for the blade tip, shielding it from impacts and improving the quietness of the fin stroke by reducing noise in the water — a key factor in spearfishing to avoid spooking marine life.
The blade configuration and choice of materials ensure excellent responsiveness during sudden changes of direction, making these fins ideal wherever agility and impact resistance are essential.
Applications
The Pershing HD blades are designed for freedivers and spearfishers who need reliable equipment with a strong balance between lightness and durability. The rubber tip protection and advanced construction system ensure long-lasting performance and comfort during extended sessions at sea.
T300 Carbon Tank HD Blade for Spearfishing
The Tank HD blade is specifically designed for spearfishing, combining lightness, strength, and maneuverability in a highly technical product. Made from 100% T300 carbon fiber, it integrates the new O.P.S system developed by C4 Technology, which allows the thermorubber to be directly overmolded onto the carbon surface, with no need for adhesives. This innovative process provides long-lasting protection and greater mechanical resistance at the tip of the Blade.
The rubber protection on the tip of the Blade is designed for use when spearfishing in whitewater, shallow water, or ambush hunting, significantly reducing the noise generated by the fin stroke and improving fluidity of movement in the water.
Technical Features
- Material: T300 carbon fiber
- Blade size: 700 x 190 mm
- Blade Stiffness: 30 medium, balanced for efficient thrust and control
- Water rails: continuous, to optimize stability and directional control
- Overall weight: 700 grams, ensuring excellent lightness
- Foot Pocket compatible: H Dessault model 350, also compatible with C4 250 foot pocket
Performance and Applications
The fins are designed to deliver an agile, responsive fin stroke, with compact dimensions that make quick direction changes easier, as required in spearfishing. Impact resistance, provided by the overmolded rubber protection, ensures durability even when used in shallow water or among rocks during ambush hunting.
The combination of T300 carbon and the O.P.S system contributes to an excellent stiffness-to-flexibility ratio, optimizing thrust transfer and reducing fatigue during spearfishing sessions.
Minimal HD Blade - H Dessault
The Minimal HD blade by H Dessault combines compact dimensions with T300 carbon, offering an ideal technical solution for those starting to use carbon fins for freediving and spearfishing.
Technical Features
- Material: fine twill-weave T300 carbon, providing an excellent balance between lightness and mechanical strength
- Blade dimensions: 780 x 190 mm, optimized for effective thrust transmission
- Blade Stiffness: single stiffness (30 - Medium), for balanced responsiveness and efficient kicking
- Water rails: Elastic-K10 black, for improved hydrodynamics and water-flow stability
- Weight: 650 grams, ensuring comfort and ease of use even during extended sessions
Applications and Benefits
The Minimal HD blades are designed to offer a simple, lightweight, and effective product, especially suited to anyone looking for a first step into carbon fins. Ideal for freediving and spearfishing sessions, they ensure good power transmission and a solid balance between comfort and control.
Fast HD Carbon Blade
The H. Dessault Fast HD is a lightweight and durable carbon blade, designed to deliver efficiency and comfort in all types of spearfishing. Made with Japanese T700 Superforce carbon, it ensures high elasticity and superior mechanical strength—essential features for a smooth, effective fin stroke.
Technical Features
- Blade length: 86 cm, providing a larger thrust surface and optimal power transfer during freediving
- Stiffness available in three options: 25 Soft, 30 Medium, and 40 Hard, to suit different needs
- Elastic-K10 black water rails to improve tracking and stability in the water
- Weight starting from 700 grams, ensuring lightness and agility
Benefits for Spearfishing
The combination of T700 carbon with the rail-free foot pocket and Elastic-K10 water rail structure gives the Fast HD outstanding hydrodynamic efficiency and lightness, improving the fluidity and precision of the fin stroke. This reduces the effort required and allows the spearfisher to maintain a more natural posture and greater bottom time.
Applications
The Fast HD fins are suitable for spearfishing and freediving, offering an optimal balance of power and comfort. The range of available stiffnesses lets you choose the most suitable blade based on the spearfisher’s profile and the intensity of the fin stroke required.
Cetma Lotus Plastic Blades
The Cetma Lotus blades are designed for freediving, spearfishing, and pool training, offering an ideal balance of durability, responsiveness, and versatility. Made from a fiber-reinforced polymer composite, the blades provide elastic rebound similar to fiber blades, ensuring effective, smooth thrust throughout the fin stroke.
Technical Features
- Blades made from reinforced polymer composite for greater mechanical resistance to impacts and wear
- Excellent elastic rebound similar to fiber blades for efficient thrust transmission
- Blade dimensions: 650 x 185 mm
Applications
Lotus fins are suitable for freediving, spearfishing, and pool training sessions, thanks to their ability to combine durability and smooth finning even under intensive use conditions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Production involves an exclusive high-pressure, high-temperature vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
Blade size: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness levels: 25 soft and 30 medium to suit different thrust and finning requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
Prana blades are specifically designed to improve reactivity and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Manufacturing involves an exclusive high-pressure, high-temperature vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, providing strength and lightness.
Engineered Design for Efficient Kicking
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical kicking frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness options: 25 soft and 30 medium to suit different thrust and kicking requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
The Prana blades are specifically designed to improve reactivity and hydrodynamic efficiency during spearfishing and freediving, making the kick smoother and less tiring even during extended sessions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Manufacturing involves an exclusive high-pressure, high-temperature, vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of underwater movement.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and control of trim.
Blade size: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness options: 25 soft and 30 medium to suit different thrust and finning requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
The Prana blades are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Cetma Mantra Blades - Carbon
The Mantra blades are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are manufactured using an exclusive hot-melt impregnation technology with tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the finning frequency range, leveraging resonance to optimize thrust transmission and responsiveness. This advanced design improves the smoothness and efficiency of the fin stroke during freediving and spearfishing.
Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic grip and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on finning style and the required stiffness level.
- Blade dimensions: 742 x 195 mm, sized to ensure an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Cetma Mantra Blades - Carbon
The Mantra blades are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% pre-preg carbon, the blades are built using an exclusive hot-melt impregnation technology with tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the finning frequency range, leveraging resonance to optimize thrust transmission and responsiveness. This advanced design improves the smoothness and efficiency of the kick during freediving and spearfishing.
Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic tracking and stability in the water.
Available Variants
- Stiffness options: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on kick style and required stiffness level.
- Blade dimensions: 742 x 195 mm, sized to provide an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Cetma Mantra Blades - Carbon
The Mantra blades are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are built using an exclusive hot-melt impregnation technology with tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the finning frequency range, leveraging resonance to optimize thrust transfer and responsiveness. This advanced design improves the fluidity and efficiency of the fin stroke during freediving and spearfishing.
Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic grip and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on finning style and the required stiffness level.
- Blade dimensions: 742 x 195 mm, sized to ensure an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Prana Fins - Cetma Composites
The Prana fins are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. The manufacturing process involves an exclusive high-pressure, high-temperature, vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a flawless component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineering Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Design and Components
- Foot Pockets: S-Wing model without side rails, ensuring comfort and security when worn.
- Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
- Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Available Variants and Sizes
- Stiffnesses: 25 soft and 30 medium to suit different thrust and comfort needs.
- Sizes: 39/40, 41/42, 43/44, 45/46 for a precise fit.
- Logo and side rail colors: red, orange, and yellow.
Applications
The Prana fins are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Prana Fins - Cetma Composites
The Prana fins are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. The manufacturing process uses an exclusive high-pressure, high-temperature vacuum process, with hot melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing fluidity of movement underwater.
Design and Components
- Foot Pockets: S-Wing model without side rails, ensuring comfort and a secure fit.
- Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
- Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Available Variants and Sizes
- Stiffness options: 25 soft and 30 medium to suit different thrust and comfort requirements.
- Sizes: 39/40, 41/42, 43/44, 45/46 for a precise fit.
- Logo and side rail colors: red, orange, and yellow.
Applications
The Prana fins are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making the fin stroke smoother and less tiring even during extended sessions.
100% Pre-preg Carbon Mantra Fins for Freediving and Spearfishing
The Mantra fins are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are built with an exclusive hot-melt impregnation technology using tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the fin-kick frequency range, leveraging the resonance effect to optimize thrust transmission and responsiveness. This advanced design improves the smoothness and efficiency of the kick during freediving and spearfishing.
Components and Comfort
- Assembly with S-Wing foot pockets without side rails, increasing comfort and freedom of movement.
- Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic hold and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on kick style and the required stiffness level.
- Sizes: 39/40, 41/42, 43/44, 45/46, to perfectly fit different foot sizes.
- Blade dimensions: 742 x 195 mm, sized to provide an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Mantra Fins in 100% Pre-preg Carbon for Freediving and Spearfishing
The Mantra fins are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are built with an exclusive hot-melt impregnation technology using tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the fin-kicking frequency range, leveraging the phenomenon of resonance to optimize thrust transmission and responsiveness. This advanced design improves the fluidity and efficiency of the fin stroke during freediving and spearfishing.
Components and Comfort
- Assembly with S-Wing foot pockets without side rails, to increase comfort and freedom of movement.
- Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic hold and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on finning style and the required stiffness level.
- Sizes: 39/40, 41/42, 43/44, 45/46, to fit different foot sizes perfectly.
- Blade dimensions: 742 x 195 mm, sized to ensure an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Sigalsub Tsunami Carbon Blades
The Sigalsub Tsunami are carbon blades designed for freediving and spearfishing, developed to deliver a smooth, progressive, and responsive fin stroke with a good balance between thrust and comfort.
Made from T700 12K Prepreg carbon fiber, they ensure consistent elastic response and efficient thrust transfer, helping reduce leg fatigue even during extended sessions.
The 23° blade-to-foot pocket angle promotes a more natural fin stroke and improves hydrodynamics during descent and ascent.
The reduced side rails allow the blade to work more freely and progressively, increasing flexibility and sensitivity while making the most of carbon’s elastic properties.
Sigalsub Tsunami blades are available in the following stiffnesses:
- Super Soft
- Soft
- Medium
This configuration lets you choose the blade response based on your finning technique and your freediving and spearfishing needs.
Cyclops Plus WR 100L: Gear Bag for Freediving and Spearfishing
The Cyclops Plus WR 100L is a gear bag designed specifically for freediving and spearfishing enthusiasts, combining ruggedness, functionality, and comfort in a single product.
Materials and Durability
Made from dual-weave PVC Tarpaulin fabric, it provides excellent tear resistance and long-lasting durability, essential features for heavy use in marine environments.
Protection and Organization
The waterproof zipper provides effective protection against water and moisture, keeping your gear dry and ready to use. The U-Zip opening makes it easy to access the contents and organize the interior, ideal for storing fins, wetsuits, masks, and other freediving accessories.
Comfort and Transport
- Equipped with large ergonomic handles that allow multiple carrying options: by hand, over the shoulder, or as a backpack
- Ensures comfort and practicality during every trip
Salvimar Trinity Antifog Mask for Freediving and Spearfishing
The Salvimar Trinity Antifog twin-lens mask is specifically designed for freediving and spearfishing, delivering high visual and functional performance underwater. It features tempered glass lenses with a hydrophobic and anti-fog treatment, which activates the Antifog system on contact with water, ensuring a clear, condensation-free view throughout the dive.
Technical and Construction Features
- Extremely low volume: improves equalization and reduces drag in the water for a smoother finning action.
- Extra-wide field of view: provides a broader, more detailed view, essential for orientation and accuracy during spearfishing.
- High-visibility tempered glass lenses: offer mechanical strength and excellent optical definition.
- Hypoallergenic silicone skirt: ensures comfort, a watertight seal, and an ergonomic fit adaptable to the face.
- Micrometrically adjustable strap: allows precise mask adjustment while maintaining comfort and seal underwater.
Features for Freediving Video Recording
The mask integrates a universal action cam mount, ergonomically positioned to allow any action camera to be mounted. This system makes it possible to:
- Record images and video from the same visual point of view without compromising speargun handling or keeping your hands free.
- Capture stable, sharp footage during spearfishing, even at the moment of the shot, preserving image quality despite recoil.
Additional Specifications
Color: Black.
Salvimar Noah Antifog Mask for Freediving and Spearfishing
The dual-lens Salvimar Noah Antifog Mask is specifically designed for freediving and spearfishing, ensuring comfort and optimal visibility during dives. This version features Lenses with a hydrophobic and anti-fog treatment, significantly improving the duration of clear vision underwater.
Main technical features
- Extremely low internal volume for easier equalization and reduced bulk while diving
- Wide field of view for excellent awareness of the surrounding environment
- High-visibility tempered glass Lenses, designed to activate the Antifog system on contact with water
- Hypoallergenic silicone structure molded around a Nylon frame, made with innovative fusion technology for greater strength and durability
- Ergonomic Strap with micrometric adjustment for a precise fit without pressure on the ears
- Color: Shining Blue
Materials and comfort
The fit is ensured by hypoallergenic, flexible, and comfortable silicone, which creates a watertight seal against the face without compromising comfort. The Nylon frame, integrated into the structure through fusion, increases the Mask’s mechanical strength, ensuring durability even under frequent use.
The ergonomic Strap, precisely adjustable, allows the Mask to be positioned optimally while maintaining freedom of movement and avoiding discomfort around the ears, a key factor for extended freediving sessions.
Benefits for freediving and spearfishing
- The low volume makes equalization easier during descent, helping with pressure control
- The wide field of view combined with the anti-fog Lenses maintains clear, stable visibility throughout the dive
- The hydrophobic and anti-fog treatment on the Lenses prevents condensation from forming, essential for an effective and safe dive
Belt D-Ring - Hunt Technology
The Hunt Technology Belt D-Ring is an essential accessory for spearfishing and freediving, made entirely from AISI 316 stainless steel, the same material used by Hunt Technology across its full line of technical accessories. Smoothly finished throughout, it ensures comfortable, safe use with no abrasion on your wetsuit or weight belt.
Material and finish
- AISI 316 stainless steel: maximum resistance to corrosion in marine and brackish environments
- Smooth finish on all surfaces to eliminate sharp edges and rough spots
- Robust, durable construction designed to withstand the stresses of spearfishing and impacts with equipment and boats
Use and functions
The D-Ring is positioned directly on the weight belt — over a weight or at any available point — and allows you to quickly clip on essential accessories during a day at sea:
- Connection for drop weights and diver marker buoys
- Attachment point for a fish stringer cable or fish stringer spike
- Securing auxiliary accessories (shaft extractor, lines, assorted gear)
- Immobilizing and locking ballast on the belt webbing
Why choose Hunt Technology
Hunt Technology is an artisan company specialized in the design and production of technical accessories for spearfishing and freediving. Every product is born from direct field experience and the exclusive use of high-performance materials such as AISI 316 steel, selected for its proven resistance to saltwater and long service life.
Spearfishing
Spearfishing is a discipline that requires specific equipment, designed to perform in a demanding environment where visibility, temperature, depth, and seabed characteristics determine every technical choice. There is no universal setup: every component of a Spearfishing kit meets precise needs that vary according to the technique used, the hunting environment, and the spearfisher’s level of experience.
Deep Blue brings together in this section the complete kit for Spearfishing, from rigging - spearguns, shafts, bands, wishbones, reels, lines - to technical neoprene apparel - wetsuits, socks, gloves. A range that covers the needs of beginners in shallow water as well as those practicing advanced bluewater hunting or hole hunting techniques at significant depths.
Product types
Spearguns
Spearguns are mainly divided into two categories: band-powered (railguns/arbaletes) and pneumatic. Arbaletes use latex bands to launch the shaft; they are quiet, intuitive, and easy to maintain. Pneumatic spearguns use compressed air, offer a power regulator, and may have a standard or vacuum muzzle (quieter and higher-performing, but with more complex maintenance). One variation of band-powered spearguns is the roller speargun, which uses pulleys to optimize band pull.
Shafts and bands
Shafts for arbalete and pneumatic spearguns are available in different diameters, materials, and configurations. The choice of diameter is related to the power of the speargun and the type of prey. Configurations include shafts with shark fins, notches, threaded ends, for prongs and slip tips, with single or double floppers (opposed or offset).
Bands for arbaletes are made of natural latex, available in various diameters, either with inserts or by the meter. Compounds range from reactive to progressive: today, intermediate compounds are preferred, combining power and accuracy.
Reels and lines
The reel is an essential accessory for medium-to-deep spearfishing and for hunting large pelagic fish. Mounted on the speargun, it allows you to manage the retrieval of fast, large prey without losing contact. Lines are available in nylon and technical materials (Dyneema) in different lengths and breaking strengths.
Neoprene wetsuits
Spearfishing wetsuits are generally two-piece suits, with a jacket featuring an integrated hood and high-waisted pants, made of open-cell neoprene, with a protective outer lining and inner neoprene in direct contact with the skin. This construction ensures maximum fit and minimizes water exchange. Available thicknesses range from 3 mm for warm waters up to 8 mm for winter months and cold water. Many models feature camouflage colors - camo patterns that reproduce rocky bottoms, seaweed, or Posidonia - with the aim of reducing visual contrast with the seabed and helping the approach to prey.
Fins
Spearfishing fins feature long blades that provide efficient propulsion with reduced energy consumption, a critical factor for maximizing breath-hold times. Blade materials range from technical plastic to fiberglass and carbon fiber. Carbon blades transmit kicking energy more directly and responsively than softer materials. Plastic or fiberglass blades offer greater flexibility and adapt to different finning styles. The choice of stiffness - soft, medium, or hard - depends on muscular strength, kick frequency, and operating depth.
Masks
Spearfishing masks are characterized by a reduced internal volume compared to conventional diving masks. Low volume requires less air to equalize at depth, reducing the use of lung reserves. Lenses are generally made of tempered glass. Many models feature dark lenses or anti-reflective treatments that improve visibility in strong surface glare.
Knives
Spearfishing knives are active safety tools, used to free yourself from lines and fishing line, dispatch fish, and fillet the catch. They differ by mounting position - belt, arm, or calf - and by blade type: straight, serrated, or double-edged. Blades are made of marine-grade stainless steel. They come with sheaths featuring belt or sock attachment systems and blades with two edges, one straight and one serrated.
Dive Floats, belts, and weights
The dive float is mandatory safety equipment: it signals the spearfisher’s presence at the surface to passing boats. Available floats vary in size, buoyancy, and the ability to accommodate a float board with line and reel. Belts and weight harnesses are used to distribute lead ballast along the body. Proper weight management is essential to reach neutral buoyancy at operating depths without excessive effort on descent and without risk on ascent.
Dive Lights, computers, and GPS
Underwater lights are essential for hole hunting, where artificial lighting makes it possible to locate prey inside seabed cavities. Spearfishing computers record depth, dive time, and surface interval, providing useful data for managing the session in the water. GPS units and fishfinders complete the setup for those who spearfish from a boat, allowing fishing spots to be georeferenced and the water column to be analyzed.
Practical use
Hole hunting involves actively searching for prey - groupers, moray eels, scorpionfish, lobsters - inside cavities in rocky bottoms. It requires short or medium spearguns (50-75 cm), underwater lights to illuminate holes, low-volume masks, and camo wetsuits that blend in with the seabed.
Ambush or aspetto hunting consists of waiting motionless on the bottom, or letting the body drop downward with minimal movement, until prey passes by. Sea bream, European seabass, dentex, and leerfish are the species typically targeted with this technique. The required equipment includes camo wetsuits, long fins to quickly reach depth, and medium or long spearguns with high penetration power.
Bluewater hunting - technically referred to as bluewater hunting - consists of hunting large pelagic fish in open water, far from the coast and the bottom, often at considerable depths. Target species include amberjack, tuna, mahi-mahi, and swordfish. This technique requires long spearguns with high-power roller systems, reels with long line capacity, large floats, wetsuits suited to ocean water temperatures, and a high level of physical and technical training.
Conclusion
Equipment for Spearfishing is the result of a balance between technically interdependent components. A speargun suited to the technique practiced, a wetsuit with the correct thickness for seasonal conditions, fins matched to the spearfisher’s physical characteristics, and precise weight management are the four elements that define the efficiency and safety of every Spearfishing session.
Deep Blue offers a selection of products and brands that covers the full range of needs - from beginners making their first experiences in coastal waters to expert bluewater hunting practitioners targeting large pelagic fish - with the option to explore each product category in detail through the dedicated subcategories.
